Dr. Kerstin Hesse
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TEACHING MATERIALS

CURRENT TEACHING (SS 2020)

  • Numerische Analysis, in the module “Modellieren und Anwendungen”, elective course (2 hours per week) for prospective teachers for “Haupt-, Real-, Sekundar- und Gesamtschulen” (middle school level) in the 6th semester of the Bachelor, Paderborn University, SS 2020

  • Mathematik 4 für Maschinenbau (Numerische Methoden), elective course (2 hours per week) for various Master degree programmes in mechanical engineering, Paderborn University, SS 2020

  • Numerische Analysis: small group tutorial, Paderborn University, SS 2020

  • Mathematik 4 für Maschinenbau (Numerische Methoden): small group tutorial, Paderborn University, SS 2020

TEACHING EXPERIENCE

A. LECTURE COURSES for STUDENTS from APPLIED SCIENCES (Service Teaching)

  • Mathematik für Chemiker, compulsory course (4 hours per week) for chemistry students in the 1st semester of the Bachelor, Paderborn University, WS 2019/20 (79 students), SS 2018 (51 students), WS 2017/18 (70 students), SS 2016 (43 students), WS 2015/16 (92 students), SS 2014 (56 students), WS 2013/14 (92 students) Download the lecture notes for WS 2019/20

  • Höhere Mathematik C für Elektrotechniker, compulsory course (4 hours per week) for students in the degree programmes computer engineering, electrical engineering, physics, business administration and engineering (electrical engineering) in the 3rd semester of the Bachelor, Paderborn University, WS 2019/20 (126 students), WS 2017/18 (133 students), WS 2015/16 (138 students) Download the lecture notes for WS 2019/120

  • Höhere Mathematik B für Elektrotechniker, compulsory course (4 hours per week) for students in the degree programmes computer engineering, electrical engineering, physics, business administration and engineering (electrical engineering) in the 2nd semester of the Bachelor, Paderborn University, SS 2019 (168 students), 2017 (174 students), SS 2015 (190 students) Download the lecture notes for SS 2019

  • Höhere Mathematik A für Elektrotechniker, compulsory course (4 hours per week) for students in the degree programmes computer engineering, electrical engineering, physics, business administration and engineering (electrical engineering) in the 1st semester of the Bachelor, Paderborn University, WS 2018/19 (205 students), WS 2016/17 (204 students), WS 2014/15 (250 students) Download the lecture notes from WS 2018/19

  • Structural Equation Modeling, elective block course (2 days) in the doctoral programme for economics students, HHL Leipzig Graduate School of Management, 2011/12 (10 students). Download the slides and download the solutions to the exercises.

  • Methods of Multivariate Statistics, elective block course (2 days) in the doctoral programme for economics students, HHL Leipzig Graduate School of Management, 2011/12 (11 students). Download the slides and download the solutions to the exercises.

  • Mathematical Methods 1 (for Physicists), compulsory course (3 hours per week) for physics students in the 1st year of the Bachelor, University of Sussex, 2009/10 (43 students), 2008/09 (41 students). Download the lecture notes from 2009/10.

  • Further Mathematical Methods (for Engineers), compulsory course (3 hours per week) for engineering students in the 1st year of the Bachelor, University of Sussex, 2008/09 (81 students).

  • Mathematical Methods 1 (for Engineers), compulsory course (3 hours per week) for engineering students in the 1st year of the Bachelor, University of Sussex, 2007/2008 (60 students). Download the lecture notes from 2009/10. (Note that the lecture notes are from “Mathematical Methods 1 (for Physicists)” which has the same course content.)

B. LECTURE COURSES and SEMINARS for MATHEMATICS / TECHNOMATHEMATICS STUDENTS

  • P2-Vorkurs Mathematik, 4-week preparatory course (12 hours per week) for prospective mathematics / technomathematics students, informatics students und prospective teachers for the “Gymnasium” and “Berufskolleg” (high school level), Paderborn University, September 2014 (119 participants), September 2013 (184 participants)

  • Approximationstheorie, elective course (2 hours per week) for mathematics / technomathematics students (Bachelor and Master), Paderborn University, SS 2013 (5 students)

  • Wavelets and Data Compression, elective course (2,5 hours per week) for 3rd and 4th year mathematics students (Bachelor and Master), University of Sussex, 2010/11 (4 students). Download the lecture notes from 2010/11.

  • Numerical Linear Algebra, elective course (2,5 hours per week) for 3rd and 4th year mathematics students (Bachelor and Master), University of Sussex, 2010/11 (33 students), 2009/10 (21 students). Download the lecture notes from 2010/11.

  • Further Analysis, compulsory course (3 hours per week) for mathematics students in the 2nd year of the Bachelor, University of Sussex, 2010/11 (86 students), 2009/10 (64 students), 2008/2009 (56 students), 2007/08 (74 students). Download the lecture notes from 2010/11.

  • Mathematical Methods for Differential Equations, compulsory corse (1,5 hours per week) for mathematics students and applied sciences students in the 2nd year of the Bachelor, University of New South Wales, 2006 (100 students), 2005 (64 students), 2004 (61 students).

  • Linear Algebra, compulsory course (3 hours per week) for mathematics students in the 2nd year of the Bachelor, Vanderbilt University, 2005/06 (26 students).

  • Introduction to Differential Equations, compulsory course (3 hours per week) for mathematics students in the 2nd year of the Bachelor, Vanderbilt University, 2005/06 (20 students).

C. LECTURE COURSES and SEMINARS for PROSPECTIVE MATHEMATICS TEACHERS

  • Seminar “Mathematik (Master HRSG) - Numerik”, elective seminar (2 hours per week) for prospective teachers for “Haupt-, Real-, Sekundar- und Gesamtschulen” (middle school level) in the first year of the Master, Paderborn University, SS 2019 (22 students), SS 2018 (13 students)

  • Einführung in mathematisches Denken und Arbeiten, compulsory curse (2 hours per week) for prospective teachers for “Gymnasium” and “Berufskolleg” (high school level) in the 1st semester of the Bachelor, Paderborn University, SS 2017 (108 students), WS 2016/17 (157 students) Download the lecture notes for SS 2017

  • Angewandte Statistik in the module “Modellieren und Anwendungen”, elective course (2 hours per week) for prospective teachers for “Haupt-, Real- und Gesamtschulen” (middle school level) in the 6th semester of the Bachelor, Paderborn University, SS 2016 (135 students), SS 2015 (166 students), SS 2014 (171 students) Download the lecture notes from SS 2016

  • Proseminar “Fourierreihen”, proseminar (2 hours per week) for prospective teachers for “Gymnasium” and “Berufskolleg” (high school level) in the 4th semester of the Bachelor and mathematics students in the 2nd semester of the Bachelor, Paderborn University, SS 2013 (7 students)

D. SMALL GROUP TUTORIAL (= SGT) and LECTURE HALL TUTORIAL (= LHT)

  • Höhere Mathematik C für Elektrotechniker (SGT), Paderborn University, WS 2019/20 (2x), WS 2017/18, WS 2015/16
  • Höhere Mathematik B für Elektrotechniker (SGT and LHT), Paderborn University, SS 2019 (SGT and LHT), SS 2017 (SGT and LHT), SS 2015 (only LHT)
  • Höhere Mathematik A für Elektrotechniker (SGT and LHT), Paderborn University, WS 2018/19, WS 2016/17, WS 2014/15
  • Einführung in mathematisches Denken und Arbeiten (SGT), Paderborn University, WS 2016/17
  • Angewandte Statistik (SGT), Paderborn University, SS 2014
  • P2-Vorkurs Mathematik (SGT), Paderborn University, September 2014, September 2013
  • Mathematik für Chemiker (SGT), Paderborn University, WS 2013/14
  • Approximationstheorie (SGT), Paderborn University, SS 2013
  • Wavelets and Data Compression (SGT), University of Sussex, 2010/2011.
  • Numerical Linear Algebra (SGT), University of Sussex, 2010/2011 and 2009/2010.
  • Mathematical Methods for Differential Equations (SGT), University of New South Wales, 2006, 2005, 2004 and 2003.
  • Several Variable Calculus (SGT), University of New South Wales, 2005, 2004 and 2003.
  • Mathematical Modelling of Satellite Data (SGT), University of Kaiserslautern, SS 2000.
  • Constructive Approximation of the Earth's Interior I (SGT), University of Kaiserslautern, WS 1999/2000.
  • Analysis II (SGT), University of Kaiserslautern, SS 1999.